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Electric Circuits
Q2. In shown circuit below, find the value of R such that the node V has a voltage of 5 V.
the link below it is circuit
https://drive.google.com/file/d/0B6uV7ciH2A3LTjV0Z2hDd25BTWpaLXlTTkJudXNSTUNYcWI0/view
the link below it is circuit
https://drive.google.com/file/d/0B6uV7ciH2A3LTjV0Z2hDd25BTWpaLXlTTkJudXNSTUNYcWI0/view
Electric Circuits
Q1. Find i and Req if Vab = 40 V in the circuit shown??????
the link below it is circuit
https://drive.google.com/open?id=0B6uV7ciH2A3LRzJONXU5b2x0UzBheEI0Y19yZ0g1bTliN3Zr
the link below it is circuit
https://drive.google.com/open?id=0B6uV7ciH2A3LRzJONXU5b2x0UzBheEI0Y19yZ0g1bTliN3Zr
Electric Circuits
: A force F = (30i – 40j) N is applied on an object, the object travels a displacement
S = (-9i-3j) m. Find the work done by the force on the object.
S = (-9i-3j) m. Find the work done by the force on the object.
Electric Circuits
01. The electrostatic force between two charges is 10 N when they are 10 mm apart. What is the force
between them when the distance is 5 mm?
a. 40 N b. 20 N c. 5.0 N d. 2.5 N
Computation:
04. The electric potential energy of two fixed particles is 100 J. If both particles are allowed
to move, each particle will have a maximum kinetic energy of
a. 200 J b. 100 J c. 50 J d. 25 J
Explanation:
05. The electric field in a capacitor is 1.8 x 104 N/C. What will be the new electric field when a
dielectric of K= 6 is inserted between its plates?
a. 1.1 x105 N/C b. 1.8 x104 N/C c. 3.0 x103 N/C d. 6 N/C
Computation:
06. A particle with a charge of 1.6 μC experiences an electrostatic force of 3.2 x10-6 N 1.0 cm from the
source of the field.. What is the electric field at the location of the charge?
a. 4.8 N/C b. 3.2 N/C c. 2.0 N/C d. 1.6 N/C
Computation:
between them when the distance is 5 mm?
a. 40 N b. 20 N c. 5.0 N d. 2.5 N
Computation:
04. The electric potential energy of two fixed particles is 100 J. If both particles are allowed
to move, each particle will have a maximum kinetic energy of
a. 200 J b. 100 J c. 50 J d. 25 J
Explanation:
05. The electric field in a capacitor is 1.8 x 104 N/C. What will be the new electric field when a
dielectric of K= 6 is inserted between its plates?
a. 1.1 x105 N/C b. 1.8 x104 N/C c. 3.0 x103 N/C d. 6 N/C
Computation:
06. A particle with a charge of 1.6 μC experiences an electrostatic force of 3.2 x10-6 N 1.0 cm from the
source of the field.. What is the electric field at the location of the charge?
a. 4.8 N/C b. 3.2 N/C c. 2.0 N/C d. 1.6 N/C
Computation:
Electric Circuits
Instruction:
1. Illustrate the situation described in the problem below. Label it with the given quantities and the
quantity being asked.
2. Make a Conceptual Reasoning diagram involving the quantities in the problem.
3. Solve the problem.
Problem:
Two particles are held 1.0 mm apart. One particle has a mass of 1.0 x 10-5
kg and a net charge
of + 3.2 x 10-10 C. The other particle has a mass of 2.0 x 10-5
kg and a net charge
of + 4.8 x10-10 C. If the two particles are released, what will their speeds be when they are 2.0
mm apart?
1. Illustrate the situation described in the problem below. Label it with the given quantities and the
quantity being asked.
2. Make a Conceptual Reasoning diagram involving the quantities in the problem.
3. Solve the problem.
Problem:
Two particles are held 1.0 mm apart. One particle has a mass of 1.0 x 10-5
kg and a net charge
of + 3.2 x 10-10 C. The other particle has a mass of 2.0 x 10-5
kg and a net charge
of + 4.8 x10-10 C. If the two particles are released, what will their speeds be when they are 2.0
mm apart?
Electric Circuits
01. The electrostatic force between two charges is 10 N when they are 10 mm apart. What is the force
between them when the distance is 5 mm?
a. 40 N b. 20 N c. 5.0 N d. 2.5 N
Computation:
04. The electric potential energy of two fixed particles is 100 J. If both particles are allowed
to move, each particle will have a maximum kinetic energy of
a. 200 J b. 100 J c. 50 J d. 25 J
Explanation:
05. The electric field in a capacitor is 1.8 x 104 N/C. What will be the new electric field when a
dielectric of K= 6 is inserted between its plates?
a. 1.1 x105 N/C b. 1.8 x104 N/C c. 3.0 x103 N/C d. 6 N/C
Computation:
06. A particle with a charge of 1.6 μC experiences an electrostatic force of 3.2 x10-6 N 1.0 cm from the
source of the field.. What is the electric field at the location of the charge?
a. 4.8 N/C b. 3.2 N/C c. 2.0 N/C d. 1.6 N/C
Computation:
between them when the distance is 5 mm?
a. 40 N b. 20 N c. 5.0 N d. 2.5 N
Computation:
04. The electric potential energy of two fixed particles is 100 J. If both particles are allowed
to move, each particle will have a maximum kinetic energy of
a. 200 J b. 100 J c. 50 J d. 25 J
Explanation:
05. The electric field in a capacitor is 1.8 x 104 N/C. What will be the new electric field when a
dielectric of K= 6 is inserted between its plates?
a. 1.1 x105 N/C b. 1.8 x104 N/C c. 3.0 x103 N/C d. 6 N/C
Computation:
06. A particle with a charge of 1.6 μC experiences an electrostatic force of 3.2 x10-6 N 1.0 cm from the
source of the field.. What is the electric field at the location of the charge?
a. 4.8 N/C b. 3.2 N/C c. 2.0 N/C d. 1.6 N/C
Computation:
Electric Circuits
can potentiometer wire be used to find balancing length gor a cell of
6v?why
6v?why
Electric Circuits
How many amps flow through R1 in figure 2?
Electric Circuits
b) Explain the construction and working of a differential amplifier type EVM.
Electric Circuits
9. a) Explain the working of D-flip flop. How does it differ from a D-latch?
